A distributed model for managing academic staff in an international online academic programme

Online delivery of programmes of Higher Education typically involves a distributed community of students interacting with a single university site, at which the teachers, learning resources and administration of the programme are located. The alternative model, of a fully “Virtual University”, which assumes no physical campus, poses problems of resource provision, recognition, and accreditation. We describe here an intermediate solution, based on an established on-ground university, but in which both students and teachers are distributed worldwide. We discuss the issues of management, communication, and quality assurance that are faced in implementing this fully distributed model. We describe the solutions we have applied in a wholly online programme of Higher Education which is delivered to over 2,000 graduate students in more than 100 countries by a worldwide pool of instructors.     

Impact of science-technology learning environment characteristics on learning outcomes: pupils’ perceptions and gender differences

Science and technology are connected to each other and are mutually inspiring. The science-technology curriculum for junior-high school in Israel suggests that teachers integrate these subjects. In addition, this curriculum calls for infusing thinking competencies into the learning subjects and for implementing alternatives in assessment methods in the classes. The current research included three stages: field research, pilot research and expanded research. In the field research, an intervention program was planned and implemented. The intervention program included a three-year inservice training workshop consisting of 224 hours each year. Quantitative and qualitative tools were used to assess teachers implementation of the intervention program. The findings revealed the characteristics of the science-technology learning environment and various learning outcomes. The pilot research enabled the development and validation of a questionnaire called the Science-Technology Learning Environment Questionnaire (STLEQ). The STLEQ was aimed at assessing teachers and pupils perceptions of learning environment. The conclusions from the pilot research showed differences between teachers and pupils perceptions towards the impact of learning environment characteristics on learning outcomes.In the expanded research, two cohorts of pupils participated, namely, the 2002 cohort (N = 207) and the 2003 cohort (N = 159). These cohorts had studied science-technology in junior-high school. The findings of the expanded research partly match the findings from the pilot research, leading to insight into the pupils perspective of the science-technology learning environment. No gender differences were found in pupils scoring of learning outcomes. On the other hand, boys scored higher than girls on Computer Usage. This research enables researchers and teachers to use the questionnaire in order to investigate pupils perceptions of their learning environment.     

A Role for Experiment in Using the Law of Inertia to Explain the Nature of Science: A Comment on Lopes Celho

The whole mode of Galileo’s discovery of the Law of Inertia is an excellent exemplar of the Nature of Science. The law can, moreover be shown to be a direct consequence of the hypothesis that space is homogeneous and isotropic and time is homogeneous

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Learning to write in the street

In Mexico City there is a system of public scribes who function as written language brokers, composing letters, filling out forms, drawing up contracts, designing invitations or producing any other kind of written product that a client might require. The main question to be addressed in this paper is how the scribes learned their trade, and how they acquired the literacy practices and knowledge they need to make a living writing for others. The scribes' views about what they needed to learn and how they went about learning it is of interest to researchers and practitioners alike. Of particular relevance is the relationship they establish between the specific context in which they write and the use of ''local knowledge'' (as defined by Geertz) while writing. Their commentary on what they learned to do at school, what they learned to do in order to meet the demands of their clients, and how they must meet those demands is of particular interest at a time when educators are broadening their views about literacy, how it is learned, and how it is accomplished.